Does your business currently use a waste sorting system? If not, it should! It helps the environment and offers other benefits. Your business produces different types of waste' and this waste can be separated such that materials that can be recycled get recycled rather than ending up in landfills. Automated waste sorting systems are available from companies like Action Compaction Equipment of Salt Lake City, Utah. Items that are typically sorted include cardboard, plastic, glass and/or compost.
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Meanwhile, Sorting systems might use air, screens or magnets to separate materials. Shredders might be incorporated into sorting systems in order to make largers items smaller, which then makes them easier to store or transport. Sorted waste can be compressed into high-density bales so they don't take up a lot of space and then they can easily be shipped to centers where they'll be used to make new products.
If you plan to look into buying a waste sorting system for your business, first take stock of the volume and type of waste you produce. Measure your categories as best you can to get an idea of what you'd be sorting out and what the 'big' ones are, such as, 'We use a lot of cardboard here.' Next, take into account how much material you currently throw out that could instead be recycled, thereby helping the environment.
Thirdly, realize that by sorting waste you'll then have less non-recyclable waste so you'll end up paying less to have it removed weekly. You can also sell your waste material to manufacturers who'll use your 'throwaways' as raw materials to make new products, so you could be profiting from your waste!
Smart waste management is an innovative approach to handling and collecting waste. Based on IoT (Internet of Things) technology, smart waste management provides data on waste generation patterns and behavior. This empowers municipalities, cities, and waste collectors to optimize their waste operations, become more sustainable, and make more intelligent business decisions.
The waste sector has traditionally been a static industry. And it is only in recent years that we have started to see modernizations to the ways of working in waste management.
With the birth of IoT technology and new innovations becoming commercially available, waste authorities are increasingly looking to smart solutions, as a way of addressing budget cuts and ambitious sustainability targets.
Around 80% of waste collections happen at the wrong time.
Late waste collections lead to overflowing bins, unsanitary environments, citizen complaints, illegal dumping, and increased cleaning and collection costs.
Early waste collections mean unnecessary carbon emissions, more traffic congestion, and higher running costs.
The old way of doing waste management is highly inefficient. And in today's ever-technological world, an innovative and data-driven approach is the only way forward.
Traditionally, municipalities and waste management companies would operate on a fixed collection route and schedule. This means that waste collection trucks would drive the same collection route and empty every single waste container ' even if the waste container did not need emptying.
This means high labor and fuel costs ' which residents ultimately foot the bill for.
This is also an unsustainable way of working - the more vehicles on the road carrying out unnecessary collections means more carbon emissions are released into our planet's atmosphere.
In today's ever-changing and unpredictable world, the waste sector needs a solution that empowers event-driven waste collection. Waste authorities need to move away from relying on historical waste trends and patterns that are no longer applicable to our modern way of life.
The entire waste industry needs a solution that utilizes real-time data to make sure that waste containers are only picked up when needed. And this is where smart waste management comes in.
Over half of the world's population lives in cities, according to the UN. And as cities swell in size, they are facing environmental, social, and infrastructural challenges that require a new approach to providing public services ' including how we manage our waste. Smart waste management is an essential component of smart cities and plays a crucial part in making our cities livable and fit for the future.
Smart waste management is based on IoT smart sensors. Smart sensors monitor fill levels in waste containers. They are powered by the IoT network, which connects devices through the internet. Smart bin sensors capture fill level, orientation, and temperature measurements every 15 minutes and use these data points to provide 3D topology maps of the contents of bins.
Smart sensors gather data on waste generation patterns and send this information to the cloud. These data are translated into insights and made available via a smart waste solution such as the Nordsense platform.
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A smart waste management platform uses analytics to translate the data gather in your bins into actionable insights to help you improve your waste services. You can receive data on metric such as:
These data insights will help you transform your waste management to greener, cleaner, and smarter avenues.
A digital overview of your containers and waste inventory is an essential component of smart waste management. Container tracking provides you with transparency of your waste planning processes thanks to high-accuracy data on the location and movements of bins.
Integrating container tracking as part of your waste solutions will enable you to optimize your inventory management so you can easily schedule container maintenance, keep track of damage bins, and protect your bins against theft.
Smart waste management provides you with the tools to implement more data-driven decision-making. Full transparency over your waste operations means that you can shift away from allocating resources based on assumptions or historical trends and start utilizing real-time data to ensure stronger decision-making.
Going digital with your waste processes ensures more accuracy on your residents' and customers' waste needs.
Smart waste management also helps you cut down on running costs. As public waste authorities battle with tighter budgets, it's essential that we find innovative ways of making the most out of our available resources.
Ingraining more data in waste management can shed light on areas with unnecessary spending, such as labor costs, fuel, and vehicle maintenance.
An IoT waste system can free up valuable funds and enable investment in other waste initiatives, such as zero waste or recycling campaigns.
Many large cities struggle with overflowing waste and dirty streets. And today, waste demands and behavior are constantly shifting ' an area prone to little waste one day could be overflowing with garbage the next.
The data provided by smart waste management solutions empowers you to take advantage of the inconsistency and unpredictability of waste generation patterns. Smart waste municipalities are uniquely positioned to minimize waste in dirtier areas and react in real-time to overflowing bins.
Smart waste management is also about creating better working conditions for waste collectors and drivers.
Instead of driving the same collection routes and servicing empty bins, waste collectors will spend their time more efficiently, taking care of bins that need servicing. Waste disposal tasks feel more meaningful, when waste collectors feel that their work is productive.
At the same time, smart waste management reduces the amount of overflowing waste and illegal dumping, which contributes to a safer and more sanitary working environment for waste collectors.
Many municipalities try to fight the issue of overflowing waste by increasing the frequency of their fixed collection rounds. While this may help keep the streets clean, it has a negative environmental impact and is highly inefficient.
Bins are often collected too early when they are almost empty, meaning more vehicles on the road and increased fuel consumption. In addition, waste disposal vehicles make multiple stops on their routes and are known to 'guzzle gas' and be highly inefficient in terms of costs and fuel consumption.
With a data-driven approach to waste management, municipalities can move away from pre-planned collection routes and collect waste at exactly the right time. This means that waste disposal vehicles only service the bins that need it, and drivers receive an automatically optimized collection route that helps reduce the amount of fuel consumption.
Smart waste management is the future of the waste sector. Embedding a data-driven approach into the way we handle waste is the key to creating waste services that are fit for today and tomorrow. Optimizing your resources and ingraining more sustainable processes into waste services starts with data. Data empower you to move away from assumptions and historic trends and base your waste operations on real-time needs.
A smart waste management solution with sensors, a digital platform, intelligent routing, and container tracking provide all the essential elements to transition your waste practices towards greener, cleaner, and smarter pastures.
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